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Course code: NAV-011
Course type: E-learning course
Duration: Not set
Language: English

Course Description:-

This course consists of 2 modules. It explains the step-by-step process involved in making a risk assessment and the various terminology like risk level, severity, likelihood etc. This must be viewed in conjunction with your SMS, company generic and ship-specific risk assessment manual.

This course also serves as a refresher training before any inspection and, in turn, will boost the candidate's confidence.  

Learning Objectives:-

At the end of this module, the candidate will be able to

1) Explain what a risk is and the difference between critical jobs and routine jobs.

2) Explain the risk level by checking the severity and the likeliness

3) Explain the importance of making a risk assessment ship specific 

4) Explain the additional control measures which need to be taken to reduce risk levels. 

5) Have self-confidence and self-assurance while dealing with third-party inspectors and answering questions related to risk assessments.

Course code: MUK-055
Course type: E-learning course
Duration: 30 minutes
Language: English

Course goal: This course aims to introduce, develop and increase learners’ knowledge and awareness of the importance of Risk Assessment and how it can reduce the likelihood of accidents in the workplace.

Learning Objectives

LO1 Explain the principles of, and steps involved in, the Risk Assessment process
LO2 Explain that employers have a responsibility for completing Risk Assessments and that employees have a duty to follow Risk Assessment outcomes
LO3 Identify a typical Risk Assessment form
LO4 Explain the requirements of the Risk Assessment team
LO5 Recognise and explain Risk Assessment terminology
LO6 Identify the different steps within the Risk Assessment process
LO7 Identify common, industry-specific hazards
LO8 Determine the appropriate level of Risk Assessment that may be required
LO9 Explain how to use a Risk Matrix to evaluate the level of risk
LO10 Explain how to identify appropriate control measures based on the Hierarchy of Control
LO11 Explain what is meant by ‘Initial Risk’ and ‘Residual Risk’
LO12 Describe what to do if any Residual Risk remains too high
LO13 Explain how to carry out a Personal Risk Assessment and recognise its importance before each task
LO14 Explain the importance of Dynamic Risk Assessment
LO15 Identify situations where ‘Stopping the Job’ may apply
LO16 Explain the importance of communicating the outcomes of a Risk Assessment
LO17 Understand the importance of communicating ‘Lessons Learned’

Course code: PNAV-1489
Course type: E-learning course
Duration: 46 minutes
Language: English
After completion of this course, you'll learn how to use the sextant, how to bring the sun down to the horizon, how to calculate the latitude at noon, and other fundamentals. If you go no further than that, you're going to have a pretty solid foundation in basic celestial navigation.
Course code: WHT-008
Course type: E-learning course
Duration: 130 minutes
Language: English

In this course, we will continue looking into Mental Resilience, following on from our first course. We will focus on healthy ways to manage and cope with stress & anxiety. Where possible, we also look at ways to reduce or eliminate sources of stress & anxiety in our lives.

 

In this course, we will cover what is stress & anxiety; the causes of stress & anxiety; identify the signs & symptoms; how stress affects us personally; healthy & unhealthy coping mechanisms; how to manage stress & anxiety; how to help others who are stressed or anxious and signposting/where to find help.

Course code: FAW-016
Course type: E-learning course
Duration: 60 minutes
Language: English
This course is primarily for merchant navy marine engineers covers Energy Storage Systems (ESS) in maritime applications. Exploring battery types like Lead-Acid and Lithium-Ion, it delves into their construction, advantages, and applications. The importance of Battery Management Systems (BMS) is highlighted, emphasising monitoring, balancing and safety protocols. The integration of batteries into maritime systems, maintenance practices, and adherence to international regulations and standards are thoroughly addressed. Future trends, including advances in technology and renewable energy integration, provide insights into the evolving landscape of maritime energy storage.
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